import unicodedata as ud
name=u"""c ̷̸̼̖̍ͤ͊̐̈̐́̋̎ͧ̀̚͠ aͪͪ͗ͮ̒̓̍ͤ̐̉ͫ̄̅̅ͫ̇҉̲̯̰͍̣͙̠̱̮̟̞̥̤́͟ͅͅnͣ̒ͭ̽ͮͬͫ̄͋̚͏̝͔̜̖͍̫̘͕͖̪̻̮͓ć̖̥̬͍ͮ̔̀́͟͢ ͔͉̗̯̺͙̺̠̖̦̞e̸̙̱̭̥̲͔̲͎̘ͤ͑ͧͭͬͩr̈́ͩͩ̏̋̏̚ ̅͛̏̄ͭͭ́ ̛̭̯̖ ͤ̂̈́̎ͭͨͫͥ̋̐̑͐ ͬ͏̪͕̪̮̪̼̞̬̥̲̬́͝ ̤̰̞̭ģ̣̗̜̱̥̒͆ͤ͛ͬ̈́̈͂́̓̒͊̾͊͛́́͜e̵̢̥̜̯̻͌̑̐ͩ͑ͦ̅̌́̚ ̭͕̭̜̯͍̮ṇ̢͕͍̟̖̙̞͎͇̺̰͕̏ͤ́ͭ̽ͬ̕eͯ̇̍͂ͫ́ ̸̷̟͙̜̺̤̹̹̻̩͕͈̖͎̠̓̒̂̒̃ͧ̕͢r̨̼͍̉̍͛͒ͮ̏ͨ͊ͬ̈́͢͞ͅ ̣̙̱̫̘̺ą̞̬̩̝̙͓͎͍͓̙̲̝͍̫̥̟͔̐̈́t̢̩̟̩͉̗͖̮̮͉̫͔͈͋̓ͭͣͥͤͩ̋̚̕ͅő̡̱͍̗̟̖̘̭̮͇̺̝́ͬ̽͂ͮ̒ͪ̓̄̋̽ͪ̐͑̔͜͠rͬͯ̑͒̇ͬ̚ ̸̢̤͖̪̼͔͙̫̭̰͎̺͕͕ͅ ̘̤̞͇̘̙̭̯ͦ͌͊̃̇͛ͣ̅̓̓ͥ͒̀o͂ͬ̈̚ ͛ͫ͐̒ ̢̤͋͂̏̓͛̓͊ͧ ͉̯w̸̶͍̥͑ͤ̀ͤ̑͢͟ ͙̠̱̭͇̤̬̯͚̜̮̜̜ò̒̏́̉̈́͆ ̯̯͓̬̗͔̱͎͇͂̃͒̍̓͘ͅ"""
nfkd = ud.normalize('NFKD', name)
print(nfkd.encode('ASCII', 'ignore').decode('utf-8'))eb='🅰🅱©🌛📧🎏🌀🏨ℹ⤴💃🛴Ⓜ♑🅾🅿💫®💲✝⛎♈🔱✖🦞⚡\t'
m='hello'
print(''.join([eb[-1 if c==' ' else ord(c)-65] for c in m.upper()]))Language:
Source:
Result:
py3
Source:
eb={65:'🅰',66:'🅱',67:'©', 68:'🌛',69:'📧',70:'🎏',71:'🌀',72:'🏨',73:'ℹ',74:'⤴',75:'💃',76:'🛴',77:'Ⓜ',78:'♑',79:'🅾',80:'🅿',81:'💫',82:'®',83:'💲',84:'✝',85:'⛎',86:'♈',87:'🔱',88:'✖',89:'🦞',90:'⚡',32:'\t'}
m='hello world'
print(''.join(eb[ord(c)] for c in m.upper()))Result:
🏨📧🛴🛴🅾 🔱🅾®🛴🌛
emojibet='🅰🅱©🌛📧🎏🌀🏨ℹ⤴💃🛴Ⓜ♑🅾🅿💫®💲✝⛎♈🔱✖🦞⚡\t'
alpha=''.join(map(chr, range(65,91)))+' '
text='hello there'.upper()
table=text.maketrans(alpha,emojibet)
print(text.translate(table))alpha='🅰🅱©🌛📧🎏🌀🏨ℹ⤴💃🛴Ⓜ♑🅾🅿💫®💲✝⛎♈🔱✖🦞⚡\t'
m='I bring unto you people an abomination'
print(''.join([alpha[-1 if c==' ' else ord(c)-65] for c in m.upper()]))ns=[]
n=0
while (len(ns)<5):
if n>6:
n+=2
if n%5==0:
n+=2
else:
n+=1
i=0
repeat=1
while (i==len(ns) or repeat==0):
i+=1
if n%ns[i]==0:
repeat=0
if repeat==1:
ns.append(n)
print(ns)import re
isprime = lambda p: p > 1 and (p < 4 or (p % 2 and all(p % i for i in range(3, int(p**0.5) + 1))))
print(re.sub(r'\s+','',str(''.join(list(map(chr,filter(isprime, range(1, 5000, 2))))))))isprime = lambda p: p > 1 and (p < 4 or (p % 2 and all(p % i for i in range(3, int(p**0.5) + 1))))
print(list(filter(isprime, range(1, 5153, 2))))lambda p: p > 1 and (p < 4 or (p % 2 and all(p % i for i in range(3, int(p**0.5) + 1, 2))))Language:
Source:
Result:
py3
Source:
print(str(15976853504/1024/1024/1024)[:5]+' gibibytes')
Result:
14.87 gibibytes
Language:
Source:
Result:
py3
Source:
class Face():
def __init__(self, pimples):
self.pimples = pimples
@property
def remove_pimples(self):
del self.pimples
return 'pimples removed.'
face = Face("pimples")
print(face.remove_pimples)
Result:
pimples removed.
Language:
Source:
Result:
py3
Source:
class Nice:
"""Nice.
Attribute:
nice (str, optional): Input. Default: "nice".
"""
def __init__(self, nice: str = "nice") -> None:
self.nice = nice
@property
def get(self) -> str:
"""str: Input or default."""
return self.nice
print(Nice().get)
Result:
nice
Language:
Source:
Result:
py3
Source:
a,x,y,z,j,k,b,m=1,5.5,0,2,3,5,4,0
while y<((a*a)/z+(a*z))*(x*z)*j+k:y+=a;
while m<(b*((a+a)*j*j-a)):m+=b;
print(''.join(map(chr,[y]+[m]*k*z)))
Result:
XDDDDDDDDDD
Language:
Source:
Result:
py3
Source:
class LonamiPity:
def __init__(s,b):s.b=b;
def withdraw(s,a):return'no w/d!';
def deposit(s,a):a=abs(a);s.b+=a;return 'deposited: '+str(a);
def balance(s):return'bal: '+str(s.b);
p=LonamiPity(20)
print('\n'.join([
p.withdraw(10),
p.deposit(25),
p.balance()]))
Result:
no w/d!
deposited: 25
bal: 45
Language:
Source:
Result:
py3
Source:
pizza = ['🍕']*8
eat=pizza.remove
while pizza:
for slice in pizza:
pizza_left=len(pizza)
print('{} {} left:\n{}\n'.format(pizza_left, 'slices' if pizza_left>1 else 'slice', ''.join(pizza)))
eat(slice)
Result:
8 slices left:
🍕🍕🍕🍕🍕🍕🍕🍕
7 slices left:
🍕🍕🍕🍕🍕🍕🍕
6 slices left:
🍕🍕🍕🍕🍕🍕
5 slices left:
🍕🍕🍕🍕🍕
4 slices left:
🍕🍕🍕🍕
3 slices left:
🍕🍕🍕
2 slices left:
🍕🍕
1 slice left:
🍕
Language:
Source:
Result:
py3
Source:
from datetime import datetime as dt
print('go to bed' if dt.now().hour+1>22 else 'keep programmimg')
Result:
keep programmimg